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使用各种数学方法,解决传统地质学问题,就是数学地质。数学地质作为一门新兴的应用性学科,是与电子计算技术的广泛应用和推广分不开的,至今只有15-20年的历史。目前数学地质大体包括三方面的内容: 1、用统计方法解决各种地质学中的分类、对比、予测和推断问题; 2、地质过程的计算机(数学)模拟; 3、地质资料的存贮和索取。本文列举了用统计方法对超基性岩体进行评价和铬铁矿找矿工作中的几个应用例子,并试图避开严格的数学推导和统计学术语,对一些地质常用的统计方法进行粗浅的几何解释,
Using a variety of mathematical methods to solve the problem of traditional geology, is the mathematical geology. As a new applied discipline, mathematical geology is inseparable from the widespread application and promotion of electronic computing technology, and it has only 15-20 years of history. At present, mathematics geology includes three aspects: 1, using statistical methods to solve the classification of various geology, contrast, prediction and inference problems; 2, computer simulation of geological processes (mathematics); 3, the storage of geological data And ask for it. In this paper, several examples of the application of statistical methods to the evaluation of ultramafic rocks and chromite ore prospecting are listed. In order to avoid strict mathematical derivation and statistical terminology, some commonly used geological methods are used for superficial The geometric interpretation,